CN108606745A - A kind of Folding mop - Google Patents
A kind of Folding mop Download PDFInfo
- Publication number
- CN108606745A CN108606745A CN201810444313.4A CN201810444313A CN108606745A CN 108606745 A CN108606745 A CN 108606745A CN 201810444313 A CN201810444313 A CN 201810444313A CN 108606745 A CN108606745 A CN 108606745A
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- CN
- China
- Prior art keywords
- fixed link
- mop
- actuator
- mop rod
- folding
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- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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Classifications
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- A—HUMAN NECESSITIES
- A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
- A47L—DOMESTIC WASHING OR CLEANING; SUCTION CLEANERS IN GENERAL
- A47L13/00—Implements for cleaning floors, carpets, furniture, walls, or wall coverings
- A47L13/10—Scrubbing; Scouring; Cleaning; Polishing
- A47L13/20—Mops
- A47L13/24—Frames for mops; Mop heads
- A47L13/25—Wire frames
- A47L13/253—Wire frames of adjustable or foldable type
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- Cleaning Implements For Floors, Carpets, Furniture, Walls, And The Like (AREA)
Abstract
A kind of Folding mop, including mop rod, and connection is positioned at the mophead of mop rod bottom end, it is characterised in that：The mophead includes at least two sections of fixed links in straight line when being generally aligned in the same plane and stretching, mutual folding shrinking in the plane that two sections of fixed links can be where it described at least, the bottom of the mop rod is also associated with the actuator coaxial with mop rod, by actuator around its axial rotation, and then the folding shrinking of at least two sections fixed links described in driving or expansion.The mop of the present invention, mophead not only structure novel, it is operated convenient for user's folding operation and expansion, and fold after mophead be still located on expansion after same plane in, therefore overall volume is smaller, and it is generally aligned in the same plane interior mophead, cleaning effect is also ensured when cleaning.
Description
Technical field
The present invention relates to a kind of mops, more particularly to a kind of Folding mop.
Background technology
Traditional mop needs to clean the bristle on mop when cloth or bristle are dirty after either cloth is got wet
When, it needs Manual-cleaning and squeezes out drying, such mop uses very time-consuming and laborious.Therefore, currently on the market
Occur much being convenient for the cleaning device of mop dewatering, one kind as disclosed in Chinese patent CN101647687A is filled with dehydration
The mop-pail stands set, including mop-pail stands, dehydration basket, and the accommodating space set on dehydration basket lower part are equipped in the accommodating space
One can make the mechanical actuation device and an electric driver of dehydration basket rotation dehydration, and the driving device is respectively by driving it
Corresponding gear unit is connected with dehydration basket, and then the rotation of dehydration basket is driven to reach the mop rotation dehydration in dehydration basket
Purpose.
Or the mop as disclosed in Chinese patent CN201727470U and the mop-pail stands mating with it, including mop, it drags
Barre lower end is hinged with the mophead with cleaning piece, and mop rod includes at least interior bar and outer bar, opposite can turn between inside and outside bar
It is dynamic, and the lower end of one of them is connected with mophead, and driving mechanism, driving mechanism driving and mophead phase are equipped between interior outer bar
Bar even and mophead rotation, the rotation which passes through driving mophead so that dehydration basket of the mophead in mop-pail stands
It is interior and drive dehydration basket simultaneously rotary dehydration.Above-mentioned such cleaning device, all passes through the rotation of dehydration basket so that mop energy
Enough rotary dehydrations, so mophead used in general such structure is required for being arranged to adapt to the structure of mop basket
Circle, therefore, the area of the cleaning piece of mophead are smaller, and circular cleaning piece be not suitable for yet room corner or some
The cleaning in corner, therefore, it is desired nonetheless to be more applicable for home cleaning using rectangular mophead.But if it is will be rectangular
Mophead be used for above-mentioned mop-pail stands, because of the limitation of shape, it is necessary to mophead is folded up place into mop-pail stands into
Row cleaning.
Disclosed in flat mop and Chinese patent CN102805602B as disclosed in Chinese patent CN202942059U
A kind of folded flat mop, be all by the two side portions of flat mop relative to centre upwardly or downwardly fold, then again
It is put into mop-pail stands and carries out spin-cleaning or drying, but such flat mop, after folding, the two side portions of flat mop
It is located at different planes, i.e. horizontal plane and perpendicular from middle section, the volume after flat mop folding entire in this way is still
It is so larger, and because the cleaning piece on mophead is located at different planes, in water filter basket rotary-cleaning or when squeeze out,
Influence the cleaning and drying of mophead.
Invention content
A kind of mophead technical problem to be solved by the invention is to provide volume after folding is smaller, and after folding is still
So it is generally aligned in the same plane interior flat mop.
Technical solution is used by the present invention solves above-mentioned technical problem：A kind of Folding mop, including mop rod, and
Mophead of the connection positioned at mop rod bottom end, it is characterised in that：The mophead includes being generally aligned in the same plane and being in when stretching
At least two sections of fixed links of one straight line, mutual folding shrinking in the plane that two sections of fixed links can be where it described at least, institute
The bottom for stating mop rod is also associated with the actuator coaxial with mop rod, by actuator around its axial rotation, and then drives institute
State folding shrinking or the expansion of at least two sections fixed links.
As one of which embodiment, the actuator is sheathed on the bottom outside of mop rod, and the two of actuator
End is respectively equipped with downward sliding block, and the upper surface of corresponding fixed link is equipped with the guiding groove extended along its length, sliding block
It is moved in the guiding groove and along groove is oriented to.
For the ease of driving fixed link fold, and make fixed link fold movement more have be oriented to, it is described at least
Two sections of fixed links include intermediate fixed link and are respectively articulated with to the left side fixed link at intermediate fixed link both ends and right side fixed link,
The actuator is set to the top of intermediate fixed link, and both ends extend to left side, right side fixed link top, and actuator
Both ends be equipped with downward sliding block, be respectively equipped with along its length on the upper surface of the left side fixed link and right side fixed link
The guiding groove of extension.
In order to be locked in expansion and contraction state fixed link position, the outside of the actuator is also arranged with lock
Determine part, the locking piece can be equally around the axial-rotation of the mop rod with the actuator, and the locking piece is equipped with to downward
It stretches and across the locking pin of actuator, the left side, right side fixed link, which are equipped with, to match with locking pin for the locking pin
The lock hole of insertion, the locking piece can moving axially upwards so that locking pin is deviate from from lock hole along mop rod.
Preferably, the locking pin includes the intermediate locking pin being located above intermediate fixed link, and solid positioned at left side, right side
Left and right locking pin above fixed pole, the lock hole include the intermediate lock hole positioned at intermediate fixed link upper surface, and positioned at a left side
The left and right lock hole of side, right side fixed link upper surface, the left and right locking pin pass through the sliding block.
Preferably, the intermediate lock hole includes the substantially symmetrical about its central axis of the both direction mutually relative to intermediate fixed link
At least two, the left and right lock hole is located at left side, right side fixed link both ends and is respectively set one.
In order to keep overall structure simpler, the both ends for being oriented to groove are respectively equipped with confession as a preferred method,
The lock hole that sliding block is caught in.
It is not interfere with each other mutually between fixed link when in order to make folding, the left side fixed link, right side fixed link and centre are fixed
Bar is respectively articulated with, and hinged hinged shaft is located at the opposite sides at intermediate fixed link both ends, after folding left side fixed link and
Right side fixed link is located at the both sides of intermediate fixed link, and left side fixed link and right side fixed link are located at intermediate solid after folding
The both sides of fixed pole.
As another optional embodiment, the actuator is connected to the bottom end of the mop rod, and the drive
Moving part is as the mop rod is around its axial rotation.
Preferably, at least two sections of fixed links include intermediate fixed link, and are respectively articulated with to centre and are fixed by hinged shaft
The left side fixed link and right side fixed link at bar both ends, the actuator are located in the intermediate fixed link, the actuator and institute
State left side fixed link, right side fixed link is connected by gear drive respectively.
Preferably, the gear drive includes that fixing sleeve is hinged set on left side, right side fixed link and intermediate fixed link
Hinged shaft on first gear, and the second gear that is meshed with first gear, with the co-axially fixed third tooth of second gear
Wheel, the other end of the rack engaged with third gear, the rack extends in intermediate fixed link, and in intermediate fixed link
Engaged with the co-axially fixed gear of actuator.
In order to make synchronous driving left side, right side fixed link move in the opposite direction, phase is distinguished with left side, right side fixed link
Rack in gear drive even, is located at the both sides of the gear.
It is limited to enable the locking piece to move up and down unlock, the locking piece includes being placed on the outside of the mop rod
Locking loop bar, the inner surface of the locking loop bar is equipped with inwardly projecting flange collar, and the outer surface of the mop rod is equipped with inside
Flange face outstanding, the flange face are located at the top of the flange collar, and resetting spring is placed on the outside of the mop rod and upper and lower
Both ends are butted on flange face and flange collar respectively so that the locking piece has downtrend always.
The inner surface of the locking loop bar is additionally provided with the inwardly projecting upward block face of a circle, and the top of the block face, this is dragged
The outer surface of barre is equipped with an outwardly projecting downward blocking surface of circle.
Compared with the prior art, the advantages of the present invention are as follows the mop of the present invention, mophead not only structure novels, convenient for making
User's folding operation and expansion operate, and the mophead after folding be still located on in the same plane after expansion, therefore it is whole
Body small volume, and it is generally aligned in the same plane interior mophead, cleaning effect is also ensured when cleaning.
Description of the drawings
Fig. 1 is the schematic diagram (unfolded state) of the mop of first embodiment of the invention.
Fig. 2 is the schematic diagram (folded state) of the mop of first embodiment of the invention.
Fig. 3 is the sectional view along Figure 1A-A lines.
Fig. 4 is the exploded view (folded state) of the mop of first embodiment of the invention.
Fig. 5 is the schematic diagram (unfolded state) of the mop of second embodiment of the invention.
Fig. 6 is the schematic diagram of the mop of second embodiment of the invention (unfolded state omits the cover body of intermediate fixed link).
Fig. 7 is the schematic diagram (unfolded state) of the mop of third embodiment of the invention.
Fig. 8 is the sectional view of the line B-B along Fig. 7.
Fig. 9 is the exploded view (unfolded state) of the mop of third embodiment of the invention.
Figure 10 is the schematic diagram (unfolded state) of the mop of fourth embodiment of the invention.
Figure 11 is the schematic diagram (folded state) of the mop of fourth embodiment of the invention.
Figure 12 is the sectional view of the line C-C along Figure 10.
Figure 13 is the schematic diagram (unfolded state) of the mop of fifth embodiment of the invention.
Figure 14 is the schematic diagram (folded state) of the mop of fifth embodiment of the invention.
Figure 15 is the sectional view of the line D-D along Figure 13.
Figure 16 is the schematic diagram of the mop of fifth embodiment of the invention (folded state saves guide part).
Figure 17 is the schematic diagram of the actuator of fifth embodiment of the invention.
Figure 18 is the sectional view of the actuator of fifth embodiment of the invention.
Figure 19 is the cooperation schematic diagram of the mop and bucket of first embodiment of the invention.
Figure 20 is the cooperation schematic diagram of the mop and another bucket of first embodiment of the invention.
Specific implementation mode
Below in conjunction with attached drawing embodiment, present invention is further described in detail.
As shown in Figs 1-4, it is the first embodiment of mop of the invention, including mop rod 101, is connected to mop rod 101
The mophead of bottom end, the mophead include left side fixed link 121, intermediate fixed link 122 and the right side set gradually in a straight line
Fixed link 123, wherein the both ends of intermediate fixed link 122 are hinged the left side, right side fixed link by hinged shaft respectively.The left side is solid
In fixed pole 121, intermediate fixed link 122 and right side fixed link 123 are generally aligned in the same plane, the plane is vertical with mop rod 101, in this
Between the centre of fixed link 122 be fixedly connected with the bottom end of mop rod 101.The left side fixed link 121 is distinguished with right side fixed link 123
It is hinged on the both ends of intermediate fixed link 122, the left and right side fixed link hinged shaft hinged with intermediate fixed link 123 and the mophead institute
Vertical in plane, it is opposite that the left and right side fixed link hinged shaft hinged with intermediate fixed link is located at intermediate fixed link both ends
Two side positions so that the left side fixed link 21 can relative to the hinged hinged shaft of intermediate fixed link 122 to intermediate fixed link 122
Side rotation, the hinged shaft which can be hinged relative to intermediate fixed link 122 is to intermediate fixed link 122
The other side rotates, since hinged shaft is vertical with plane where mophead, left side fixed link 121 can with right side fixed link 23
It is turned folding to the both sides of intermediate fixed link relative to intermediate fixed link 122, and either turns folding or rotate expansion,
All in the plane where the mophead vertical with mop rod 1, volume after folding is smaller, and the mophead after folding is all located at
It in same plane, is readily cleaned, and cleaning piece, such as cloth, wool top etc. can be fixedly connected in the fixed link of mophead.
Bottom end on the mop rod 101 is socketed with an actuator 103, the actuator 103 can the bottom end of mop rod 101 around
The axis horizontal of mop rod 101 rotates.The top that the actuator 103 is located at intermediate fixed link 122 is laterally extended, and both ends are stretched
For intermediate fixed link 122 be located at left side, right side fixed link top, and the Basolateral of the mop rod 101 is also arranged with
Locking piece 104, the locking piece 104 include the locking cover body 141, Yi Jiyu covered in outside actuator 103 that matches with actuator 103
Locking cover body 141 connects the locking loop bar 142 for the bottom outside for being placed on mop rod 101.Locking piece 104 and mop rod 101 are coaxial
Setting, and can be rotated around the axis of mop rod 101, locking piece 104 can also be relative to actuator 103 along the axis of mop rod 101
Line moves up and down, and the rotation of locking piece 104 can drive actuator 103 while rotate, and be driven simultaneously by actuator 103
Left side fixed link 121, right side fixed link 123 are rotated relative to intermediate fixed link 122, and in the folded state of mophead and exhibition
Open state locks the relative position between left side fixed link 121, right side fixed link 123 and intermediate fixed link 122.
The upper surface of the left side fixed link 121 and right side fixed link 123 is respectively equipped with the guiding extended with its length direction
The both ends of groove 124, actuator 103 are equipped with downward sliding block 131, which matches and be located at guiding groove 124
It is oriented in groove 124, therefore, the rotation of the actuator 103 can drive sliding block 131 to be moved in groove 124, while drive a left side
Side fixed link 121 is turned folding to the both sides of intermediate fixed link 122 simultaneously with right side fixed link 123.
The centre position of the locking cover body 141 of locking piece 104 is equipped with the intermediate locking pin 143 extended downwardly, the medium lock
Rationed marketing 143 be passed down through positioned at actuator 103 the first jack 132 be inserted into be located at 122 upper surface of intermediate fixed link on first
In intermediate lock hole 125, and then lock relative position of the intermediate fixed link 122 relative to actuator 103 and locking piece 104.Lock
The end positions for determining the locking cover body 141 of part 104, equipped with the left and right locking pin 144 extended downwardly, the left and right locking pin 144 to
It is lower to extend in the first or so the lock hole 126 for being inserted into and being located in left side fixed link 121 and right side fixed link 123, when being lifted up
When locking piece 104, the abjection out of first or so lock hole 126 of left and right locking pin 144, so that locking piece 104 is solid with left side
Limitation is detached between fixed pole and right side fixed link, the intermediate locking pin 143 of locking piece 104 also moves upwards, from the first medium lock
Determine to deviate from hole 125, but be still located in the first jack 132 of actuator 103, locking piece 104 and actuator 103 are same at this time
When rotate, actuator 3 can drive left side fixed link 121 and right side fixed link 123 around its respectively at intermediate fixed link 122 hinge
The both sides of axial intermediate fixed link 122 horizontally rotate.Actuator 103 is also in intermediate fixed link 122 around mop rod 101 simultaneously
Axis rotates, and as shown in Figure 2,4, after left side fixed link and right side fixed link are turned folding both with respect to intermediate fixed link, drives
Moving part 103 and locking piece 104 turn an angle also relative to intermediate fixed link 122, at this point, locking piece 104 moves downward, together
When among locking pin 143 and left and right locking pin 144 move downward simultaneously, be inserted into across actuator 103 and be located at intermediate fixation
Second in second intermediate lock hole 127 of 122 upper surface of bar, and in left side fixed link 121 and right side fixed link 123 is left
In right lock hole 128, i.e., in a folded configuration, intermediate fixed link 122 and left side, right side fixed link and actuator are locked respectively
Relative position relation between 103 and locking piece 104 locks between intermediate fixed link 122 and left side, right side fixed link
Relative position.As shown in figure 4, the first intermediate lock hole 125 and the second lock hole 127 are respectively relative to intermediate fixed link 122
Both direction the equal axial symmetry of central shaft, which is located at left and right side fixed link close to intermediate fixed link
One end, which is located at the one end of left and right side fixed link far from intermediate fixed link.In rotation process,
Sliding shoe slides into one end far from intermediate fixed link along groove is oriented to from close to one end of intermediate fixed link, it is preferable that the left side
Right locking pin 144 is corresponding with the position of sliding shoe 131, by being inserted into position after the second jack 133 on insertion sliding shoe 131
In the lock hole of left and right, left and right locking pin 144 can move up and down in sliding shoe 131.
And as shown in figure 3, the locking loop bar 142 of the locking piece 104 is placed on the outside of mop rod 101, mop rod 101
It is arranged with resetting spring 145 between outer surface and locking loop bar 142, the both ends of the resetting spring 145 are butted on mop rod respectively
Between the flange collar 146 that the horizontal flange face 111 outstanding in 101 outer surface and the inner surface for locking loop bar 142 protrude inwardly from, and
Flange face 111 is located at 146 top of flange collar, and the both ends of the resetting spring are butted between locking loop bar 142 and mop rod 101 so that
Therefore the locking piece 104 when being lifted up locking piece 104, needs compression reseting spring with downtrend always
145, when turn folding or expansion action complete, as long as unclamp locking piece 104, you can so that locking piece moves downward, in turn
Intermediate locking pin and left and right locking pin lock downwards the position between intermediate fixed link, left and right sides fixed link.It locks in order to prevent
104 excessive upward movement of part causes intermediate, left and right locking pin to be deviate from from actuator, and the inner surface of the locking loop bar 142 is equipped with
The inwardly projecting upward block face 147 of one circle, and the top of the block face 147, the outer surface of the mop rod 101 are equipped with a circle outward
Downward blocking surface 112 outstanding indicates lock when locking piece 104, which moves up to block face 147, to be contacted with blocking surface 112
Determine part 104 to move upwards in place.
As shown in Figure 19,20, for the mop 100 of the first embodiment, after folding, it is put into and carries out drying cleaning in bucket
Schematic diagram.The it can be seen from the figure that, bucket include ladle body 600, and it includes two regions that the ladle body, which can be as shown in figure 19,
It is drying area and cleaning area, mophead respectively to rotate when mop rod moves up and down, and then drives the water filter basket on the outside of it
601 rotations so that mophead can dry, and therefore, mophead needs are folded into the size that can be put into water filter basket.The bucket can
Can also be the bucket of small volume as shown in figure 20 to be existing any tool there are two the large scale bucket in region, it should
In the ladle body of bucket also have water filter basket, can one side rotary-cleaning mophead, dried on one side.In the embodiment, driving
Part is socketed on mop rod and can directly be rotated around mop rod under manual actuation, and actuator directly connects with fixed link
It connects, drives turning folding for fixed link.
As shown in Figure 4,5, it is the second embodiment of the present invention, in the embodiment, including mop rod 201, and be connected to
The mophead of 201 bottom end of mop rod, the mophead equally include mutually setting gradually to be generally aligned in the same plane interior left side fixed link
221, intermediate fixed link 222 and right side fixed link 223, left side fixed link 221 and right side fixed link are hinged to by hinged shaft respectively
The both ends of intermediate fixed link 222.As shown in figure 5, the left side fixed link 221 and right side fixed link 223 are cut with scissors by hinged shaft 202 respectively
The both ends of intermediate fixed link 222 are connected on, and are arranged with first gear 224 on hinged shaft 202, the side week of the first gear 224
Face is fixedly connected with left side fixed link 221 and right side fixed link 223 respectively, which is equipped with and first gear
224 second gears 225 being meshed coaxially are fixed with third gear 226 in the second gear 225, therefore, as long as actuator
The rotation of 203 driving third gears 226 can drive second gear 225 and first gear 224 to rotate, and then drive left side fixed
Bar 221 and right side fixed link 223, which are rotated relative to intermediate fixed link around hinged shaft, realizes folding.
Preferably, the left side fixed link and right side the fixed link hinged shaft 202 hinged with intermediate fixed link are located at centre
The two opposite side positions at the both ends of fixed link, and actuator 203 drives first gear 224 to turn to different directions simultaneously
It is dynamic, you can driving left side fixed link 221 and right side fixed link 223 relative to intermediate fixed link 222 rotate in the opposite direction into
And it is folded in the both sides of intermediate fixed link 222.
Preferably, which is located at the top of third gear 226, the third gear 226 and the one of rack 227
End is meshed, and rack 227 extends along the length direction of intermediate fixed link 222 in the intermediate fixed link 222, rack 227 it is another
End extends to the centre position of intermediate fixed link 222, with the centre position and 203 co-axially fixed gear of actuator, 228 phase
Engagement, the gear 228 are fixedly connected with actuator 203, and the actuator 203 is hinged with mop rod 201, hinged hinged shaft and mop
Bar 201 is vertical, rotation mop rod 201 can rotating drive part 203, and the rack at 222 both ends of intermediate fixed link is located at
The both sides of gear 228, therefore, the rotation of gear drive rack 227 can move left and right simultaneously, and moving direction on the contrary, into
And make the rotation direction of the first gear at 222 both ends of intermediate fixed link on the contrary, therefore, the rotation of the actuator 203 can drive
Dynamic left side fixed link 221 and right side fixed link 223 are rotated and then are folded to both sides relative to midway drive bar 222.Mop rod 201
Bottom outside be cased with loop bar 204, the bottom end of the loop bar 204 is hinged on the outer of intermediate fixed link 222 and puts on.And the embodiment
On, button is also provided on loop bar 204, and either the push button button or push button can limit mop rod 201 relative to loop bar
204 rotation.Above-mentioned first gear, second gear and third gear and rack are used to connect the drive in intermediate fixed link 222
Moving part 203 and left side fixed link and right side fixed link, the i.e. actuator 203 drive left side, right side by other transmission mechanisms
Rotary folding of the fixed link relative to intermediate fixed link.
Fig. 7,8 and 9 are the third embodiment of the present invention, and in the embodiment, the bottom end of mop rod 301 is connected with mophead,
Mophead equally includes the left side fixed link 321 being hinged successively, intermediate fixed link 322 and right side fixed link 323.The mop
The bottom end of bar 301 is hinged with intermediate fixed link 322, and hinged hinged shaft is vertical with intermediate fixed link 322.Left side fixed link
321 and right side fixed link 323 and the hinged position of intermediate fixed link 322 be located at intermediate fixed link 322 both ends it is opposite
Two side positions, left side fixed link 321 and right side fixed link 323 around the hinge hinged with intermediate fixed link 322 it is axial opposed two
A direction rotation, and then two side positions of intermediate fixed link 322 realize the horizontal folding of mophead around the home.
The bottom outside of the mop rod 301 is socketed with actuator 303, which includes being set in outside mop rod 301
The driving loop bar 332 of side and the driving plate 333 extended in the same direction with intermediate fixed link 322 above intermediate fixed link 322, should
Driving plate 333 is hinged with driving loop bar 332, the hinged hinged shaft and mop rod 301 hinge hinged with centre fixed link 322
Axis is coaxial, vertical with mop rod 301.Drive loop bar 332 that can turn around the axial direction of mop rod 301 in the outside of mop rod 301
It is dynamic, while axial rotation of the driving plate 333 also around mop rod 301 is driven, the both ends of driving plate 333 extend to intermediate fixed link
322 outside is located at the top of left and right side fixed link, and the both side ends of driving plate 333 are equipped with the sliding block extended downwardly
331, prolong along its length as shown in figure 9, being respectively equipped on the upper surface of the left side fixed link 321 and right side fixed link 323
The guiding groove 324 stretched, sliding block 331 is located in the guiding groove, when axial rotation of the actuator 303 around mop rod 301
Sliding block 331 is moved along groove 324 is oriented to, and then driving left and right side fixed link turns to the both sides of intermediate fixed link.
The sliding block 331, as shown in figure 8, including being located above the smaller interconnecting piece being connect with driving plate of lateral dimension
3311, and it is connected to the larger sliding shoe 3312 of 3311 lower section lateral dimension of interconnecting piece, which is a top end opening
Less than the groove of ontology, top end opening houses interconnecting piece 3311, and body position houses sliding shoe 3312, anti-limited slip block 331
The abjection out of guiding groove 324.And as shown in figure 9, be oriented to groove 324 both ends be respectively equipped with lock hole 325, the lock hole
325 size matches with sliding shoe 3312 so that sliding shoe 3312 is caught in when sliding block 331 slides into 325 position of lock hole
So that actuator 303 locks the relative position between left and right sides fixed link and intermediate fixed link in the lock hole 325.It is oriented to
For locking mophead in folded state, the lock hole of inner end is used in unfolded state the lock hole of 324 outboard end of groove
Mophead is locked.In the embodiment and actuator is sheathed on the outside of mop rod, and can around the axial rotation of mop rod,
The folding that left side fixed link and right side fixed link are directly driven relative to intermediate fixed link rotates.
In above three embodiments, as long as actuator rotates, you can mophead of the driving in same level plane is in the water
Horizontal folding is to reduce volume, such as 3rd embodiment in plane, and the rotation of actuator can be driven by locking piece
It is dynamic, if first embodiment or those skilled in the art also are understood that, in the first embodiment, locking can also be omitted
Part can also be the rotation drive actuator by mop rod while rotate, such as second embodiment, as long as rotating drive part,
And then mophead is driven to be folded.Those skilled in the art are further envisioned that corresponding structure can also analogize application
In the structure of the mophead of singular section fixed link composition as 5 sections, 7 sections.
It is the fourth embodiment of the present invention as shown in Figure 10,11,12, in the embodiment, including mop rod 401, it is connected to
The mophead of 401 bottom end of mop rod, the mophead include two sections set gradually, respectively left fixed link 421 and right fixed link
422.The bottom end of the mop rod 401 is connected with an actuator 403, which is fixedly connected on the bottom end of mop rod 401,
And it is rotate in same direction with mop rod 401, the both ends of actuator 403 are respectively equipped with the hinged shaft 431 extended downwardly, which divides
It is not hinged with left fixed link 421 and right fixed link 422, and left fixed link 421 and right fixed link 422 can around with actuator 403
Hinged hinged shaft 431 rotates respectively.
The bottom outside of the mop rod 401 is arranged with auxiliary revolving part 405, which is placed on actuator 403
Outside, and width is more than actuator 403, and mop rod 401 and actuator 403 can be relative to auxiliary revolving parts 405 around it
Axial rotation.And two outboard ends of revolving part 405 is assisted to be equipped with downward sliding block 451, left fixed link 421 and right fixed link
422 upper surface is equipped with the guiding groove 424 extended along its length, and sliding block 451 is inserted into and is located at the guiding groove
In 424, and it can be slided along groove 424 is oriented to.Therefore, when actuator 403 is around axial rotation with mop rod 401, Zuo Gu
Fixed pole and right fixed link are rotated around hinged shaft 431 on one side, and sliding block 451 is moved along groove 424 is oriented to, so that left and right solid
Fixed pole is mutually folded into state as shown in figure 11.
Also, the outside coaxial sleeve of the revolving part 405 is assisted to be equipped with a locking piece 404, which includes being located at rotation
Turn the locking cover body 441 in 405 outside of part and is sheathed on the locking loop bar 442 of the bottom outside of mop rod 401, the locking cover body
Both sides lower surface is respectively equipped with the locking for extending downwardly and being inserted into respectively the lock hole 444 on left and right fixed link upper surface
Pin 443.The lock hole 444 of left fixed link and right fixed link upper surface includes two, is respectively arranged on the both ends of left and right fixed link
Position is respectively used to the locking of unfolded state and the locking of folded state.Preferably, the position of the locking pin 443 and sliding block 451
It is corresponding, it passes through sliding block 451 and is inserted into lock hole 444.
In unfolded state, when along mop rod when lifting the locking piece 404 axially upwards, locking pin 443 is from lock hole 444
Interior abjection, but locking pin 443 can be still located in auxiliary revolving part 405, therefore, locking piece 404 is solid with 403 position of revolving part
Fixed, rotating mop rod 401 at this time can drive actuator 403 to rotate, while left and right fixed link being driven to be rotated around hinged shaft 431, into
And so that left and right fixed link folds, unclamping locking piece 404 at this time moves downward so that the locking pin 443 on locking piece 404 is inserted
In the lock hole 444 for entering the other end, which is locked in folded state.
And limiting device can also be equipped between the locking loop bar 442 and mop rod 401 of the locking piece 404, limitation lock
Determine the distance that part 404 is lifted up, prevent locking piece 404 deviate from, such structure can as in embodiment 1 locking piece with drag
Structure setting between barre no longer herein to repeat more.The auxiliary revolving part can be rotated in actuator 403 with mop rod
When, drive fixed link mutually to fold.
As shown in figures 13-18, it is the fifth embodiment of the present invention, in the embodiment, the bottom end of mop rod 501, which is connected with, drags
Head, which includes the first fixed link 521 for connecting being aligned successively, the second fixed link 522, third fixed link 523 and
Four fixed links 524.Preferably, the bottom of mop rod 501 is fixedly connected with a guide part 504, which is internally provided with
The bottom end of actuator 503, mop rod 501 is connect across the guide part 504 with the actuator 503 in guide part 504.It is preferred that
Ground, the guide part 504 are equipped with through sequentially connected three holes of its thickness direction, and respectively first through hole 541, second is logical
Hole 542 and third through-hole 543, wherein the diameter of first, third through-hole is more than the second through-hole, actuator 503 includes being located above
Epimere 531 and underlying hypomere 532, the diameter of mop rod 501 and the diameter of first through hole 541 match and be inserted into
Wherein, bottom end is fixedly connected with the epimere 531 of actuator 503, the diameter phase of the diameter of epimere 531 and the second through-hole 542
Match, and epimere 531 passes through second through-hole 542, the hypomere 532 to be located in the third through-hole 543, hypomere 532
Diameter is more than the diameter of epimere 531, that is, is more than the diameter of second through-hole 543, and the outer surface of the lower end 532 is equipped with
Tooth form.The lower section of the guide part 504 is additionally provided with revolving part 551,551 horizontal extension of revolving part, and both ends respectively with second,
The inner end of third fixed link is hinged.The top of the revolving part 551 is equipped with the pilot hole 552 of a upward opening, the pilot hole 552
Positioned at the lower section of the hypomere 532, and hypomere 532 can be downwardly into the pilot hole 552, and pilot hole 552
Resetting spring 553 is equipped between hypomere 532 so that the actuator 503 has is located at the outer top of pilot hole 552 upwards always
Trend.The inner surface of pilot hole 552 has the tooth form that the tooth form with the outer surface of the hypomere 532 matches.Therefore, work as driving
When part 503 moves downward insertion in pilot hole 552, pass through the cooperation of inside and outside tooth form so that actuator 503 can drive
The rotation of revolving part 551, and then second, third fixed link is driven to be rotated around itself and the hinged hinged shaft of revolving part 551.And this
Two, the one end of third fixed link far from mophead center is hinged by a connecting rod 561 and the guide part 504, i.e. connecting rod 561
One end be hinged to the outboard end of second, third fixed link, the other end is hinged to guide part 504 so that revolving part 551 rotates
When, second, third fixed link can be mutually parallel and the intermediate position with gap from being changed into collinear position,
I.e. from the position as shown in Figure 13,15, it is converted into the position as described in Figure 14,16.
And the upper lateral of the guide part is equipped with two parallel channels 544, the channel 544 and third through-hole 543
Top is connected to, and is located at the front and rear sides position of third through-hole 543, laterally inserted in the channel 544 to have guide rail 545,
The guide rail 545 respectively from third through-hole 543 towards the both ends of guide part 504 extend, the guide rail 545 be respectively two and its to
The surface for third through-hole 543 is equipped with tooth form, and the tooth form of the guide rail 545 and 503 outer surface hypomere of actuator also matches.When
When actuator 503 is located at pilot hole upper outer under the action of resetting spring, the tooth form and guide rail of 503 hypomere of actuator
Tooth form on 545 engages.Two guide rails 545 be respectively fixedly connected on the outside of the second fixed link and third fixed link first,
4th fixed link.Therefore, when being converted into being mutually parallel from a straight line under drive of second, third fixed link in revolving part 551
When state with gap, actuator 503 is deviate from from pilot hole 552 again, is meshed with guide rail 545, then proceedes to rotation and drives
Moving part 503 so that guide rail 545 is mutually parallel under the driving of actuator 503 and is moved to the position among mophead, in turn
Drive the first, the 4th fixed link to mobile insertion among mophead in the gap between second, third fixed link.It can lead to
Cross reasonable setting revolving part, connecting rod length so that gap between second, third fixed link is just the first, the 4th solid
When the width of fixed pole, the first, the 4th fixed link are moved to centre and contact with each other, i.e., entire mophead folding shrinking to minimum bit
It sets, as shown in Figure 14,16, at this point, the first, the 4th fixed link is moved fully to the inside of guide part 504, as shown in figure 16.
Above structure describes the structure that the mophead that two sections or four sections of fixed links are formed mutually folds, such knot
Structure so that those skilled in the art are readily apparent that, can use same principle, and applied to 6 sections or more even number sections are consolidated
In the mop header structure that fixed pole is formed.
Above-mentioned Folding mop drives the mophead including at least two sections fixed links to carry out under the rotation driving of actuator
Horizontal folding, not only volume after folding is smaller, and is respectively positioned in same plane with the fixed link after folding before folding so that clear
Wash that effect is more preferable, in addition, the rotation of actuator can be driven by mop rod, can also be the direct rotating drive part of hand,
Can also be to be driven by other component, which has a compact structure and a reasonable design, and fold and be unfolded easy to operation, stability is good, just
In the use of user.
Claims (10)
1. a kind of Folding mop, including mop rod (101；201；301), and connection is located at mop rod (101；201；301) bottom
The mophead at end, it is characterised in that：The mophead includes when being generally aligned in the same plane and stretching at least two sections of a straight line
Fixed link, mutual folding shrinking in the plane that two sections of fixed links can be where it described at least, the bottom of the mop rod is also
It is connected with the actuator (103 coaxial with mop rod；203；303), pass through actuator (103；203；303) around its axial rotation,
And then the folding shrinking of at least two sections fixed links or expansion described in driving.
2. Folding mop as described in claim 1, it is characterised in that：The actuator (103；303) it is sheathed on mop rod
(101；301) bottom outside, and the both ends of actuator are respectively equipped with downward sliding block (131；331), corresponding fixed link
Upper surface be equipped with the guiding groove (124 that extends along its length；324), sliding block (131；331) it is located at the guiding groove
(124；324) in and along guiding groove (124；324) mobile.
3. Folding mop as claimed in claim 2, it is characterised in that：At least two sections of fixed links include intermediate fixed link
(122；322) it and is respectively articulated with to intermediate fixed link (122；322) the left side fixed link (121 at both ends；321) it is fixed with right side
Bar (123；323), the actuator (103；303) it is set to intermediate fixed link (122；322) top, and both ends extend to a left side
Side, right side fixed link top, be respectively equipped with along its length on the upper surface of the left side fixed link and right side fixed link
The guiding groove (124 of extension；324).
4. Folding mop as claimed in claim 3, it is characterised in that：The outside of the actuator (103) is also arranged with locking
Part (104), the locking piece (104) can be equally around the axial-rotation of the mop rod (101), institutes with the actuator (103)
It states locking piece (104) and is equipped with the locking pin for extending downwardly and passing through actuator, the left side, right side fixed link is equipped with and lock
The lock hole that rationed marketing matches for locking pin insertion, the locking piece (104) can make along moving axially upwards for mop rod
Locking pin is obtained from lock hole to deviate from.
5. Folding mop as claimed in claim 4, it is characterised in that：The locking pin includes being located at intermediate fixed link (122)
The intermediate locking pin (143) of top, and the left and right locking pin (144) above left side, right side fixed link, the lock hole packet
The intermediate lock hole (125) positioned at intermediate fixed link (122) upper surface is included, and positioned at left side, a left side for right side fixed link upper surface
Right lock hole, the left and right locking pin pass through the sliding block (131).
6. the Folding mop as described in any one of claim 3-4, it is characterised in that：The left side fixed link (121；321)、
Right side fixed link (123；And intermediate fixed link (122 323)；322) it is respectively articulated with, and hinged hinged shaft is located at centre admittedly
Fixed pole (122；322) opposite sides at both ends, left side fixed link (121 after folding；And right side fixed link (123 321)；323) divide
It Wei Yu not intermediate fixed link (122；322) both sides.
7. Folding mop as described in claim 1, it is characterised in that：The actuator (203) is connected to the mop rod
(201) bottom end, and the actuator (203) is as the mop rod (201) is around its axial rotation.
8. the Folding mop stated such as claim 7, it is characterised in that：At least two sections of fixed links include intermediate fixed link
(222), it and is respectively articulated with to the left side fixed link (221) at intermediate fixed link (222) both ends and right side and is fixed by hinged shaft (202)
Bar (223), the actuator (203) are located in the intermediate fixed link (222), and the actuator (203) is solid with the left side
Fixed pole (221), right side fixed link (223) are connected by gear drive respectively.
9. Folding mop as claimed in claim 8, it is characterised in that：The gear drive includes that fixing sleeve is set to a left side
First gear (224) on side, right side the fixed link hinged shaft (202) hinged with intermediate fixed link, and with first gear (224)
The second gear (225) being meshed, and the co-axially fixed third gear (226) of second gear (225), with third gear (226)
The rack (227) of engagement, the other end of the rack (227) extend in intermediate fixed link (222), and positioned at intermediate fixed link
(222) being engaged with actuator (203) co-axially fixed gear (228) in.
10. Folding mop as described in claim 4 or 5, it is characterised in that：The locking piece includes being placed on outside the mop rod
The locking loop bar of side, the inner surface of the locking loop bar are equipped with inwardly projecting flange collar, the outer surface of the mop rod be equipped with to
Interior flange face outstanding, the flange face are located at the top of the flange collar, resetting spring be placed on the outside of the mop rod and on
Lower both ends are butted on flange face and flange collar respectively so that the locking piece has downtrend always.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810444313.4A CN108606745A (en) | 2018-05-10 | 2018-05-10 | A kind of Folding mop |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810444313.4A CN108606745A (en) | 2018-05-10 | 2018-05-10 | A kind of Folding mop |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108606745A true CN108606745A (en) | 2018-10-02 |
Family
ID=63662684
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810444313.4A Pending CN108606745A (en) | 2018-05-10 | 2018-05-10 | A kind of Folding mop |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108606745A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114541764A (en) * | 2020-11-26 | 2022-05-27 | 广东博智林机器人有限公司 | Strickle device and mortar leveling device |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2848093Y (en) * | 2005-08-27 | 2006-12-20 | 白云山 | Wide narrow dual purpose foldable mop |
| CN204889885U (en) * | 2015-08-07 | 2015-12-23 | 嘉兴捷顺旅游制品有限公司 | Flexible tie is dragged |
| CN204971151U (en) * | 2015-08-25 | 2016-01-20 | 台州迪美日用品股份有限公司 | Foldable mop |
| KR20160008647A (en) * | 2016-01-05 | 2016-01-22 | 신만철 | Detachable fabric for mop holder |
| CN206026262U (en) * | 2016-05-28 | 2017-03-22 | 许刚 | Mop that mop head can be converted into |
| CN207101238U (en) * | 2017-03-16 | 2018-03-16 | 曹亚伦 | A kind of auto-folder, elongation, rotary mop |
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2018
- 2018-05-10 CN CN201810444313.4A patent/CN108606745A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2848093Y (en) * | 2005-08-27 | 2006-12-20 | 白云山 | Wide narrow dual purpose foldable mop |
| CN204889885U (en) * | 2015-08-07 | 2015-12-23 | 嘉兴捷顺旅游制品有限公司 | Flexible tie is dragged |
| CN204971151U (en) * | 2015-08-25 | 2016-01-20 | 台州迪美日用品股份有限公司 | Foldable mop |
| KR20160008647A (en) * | 2016-01-05 | 2016-01-22 | 신만철 | Detachable fabric for mop holder |
| CN206026262U (en) * | 2016-05-28 | 2017-03-22 | 许刚 | Mop that mop head can be converted into |
| CN207101238U (en) * | 2017-03-16 | 2018-03-16 | 曹亚伦 | A kind of auto-folder, elongation, rotary mop |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114541764A (en) * | 2020-11-26 | 2022-05-27 | 广东博智林机器人有限公司 | Strickle device and mortar leveling device |
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Application publication date: 20181002 |